HRRL 4-13-09
Default HRRL running Conditions
Pulse Width | Rep Rate | Energy | |
8 mA | 25 ns | 1 Hz | 3 MeV |
run plan
Date | Task |
4/11/09 | Vaho stil running til 7 pm, configure Motion Sliders |
4/12/09 | Build shutter and unstack beam line |
4/13/09 | Install Aluminum brick shutter and interlock with HRRL, test beam transport: Run HRRL accelerator from 3pm til 5 pm (25 ns pulse width, 3 MeV electrons, 1 Hz rep rate, 8 mA peak) |
4/14/09 | Repair Freon leak in Chiller, HRRL down, Install DAQ |
4/15/09 | Run HRRL from 9 am til 5 pm (25 ns pulse width, 3 MeV electrons, 1 Hz rep rate, 8 mA peak), Do Plateau measurements and test readout |
4/16/09 | Run HRRL from 2 pm til 5 pm, position studies using Drift chamber and GEM |
4/17/09 | Run HRRL from 2 pm til 5 pm, efficiency tests |
4/20/09 | Run HRRL from 9 am til 5 pm finish detector tracking studies |
4/13/09
Electron Dose tests
Shutter In
0.1 mrad/hr outside HRRL experimental door.
2.7 mrad/hr in the end of HRRL experimental hallway.
Shutter Out
0.1 mrad/hr in Dr. Forest office.
Sintillator tests
RS1 = 2 aluminum blocks are in front of Long BLue Scintillator plugged into the cable patch pannel 223A2
FS1 = Small scintillator is in 223A1
HV SC1 | HV RS1 | Desc. |
840 | 840 |
GEM noise
100 ns RF pulse width
GEM in Accelerator room
The insulation was placed between the mylar bag and the BNC conenctor on the HV board. The inside of the mylar bag is conducting. There is a film covering the outside of the mylar bag which prevents conduction test with voltmeter.